Synergistic redox enhancement in ternary Mn–ZnFeOOH oxyhydroxides for high-performance supercapacitor applications

Key Points

• To investigate the charge storage and ion transport mechanisms in enhanced Mn–ZnFeOOH oxyhydroxides for supercapacitors.
• Engineering of ternary Mn–ZnFeOOH structures
• Analysis of ion transport pathways
• Evaluation of charge storage capacity
• Showed significant redox enhancement
• Improved ion transport efficiency
• Achieved high-performance metrics for supercapacitor applications